The moment you can relax knowing your eyes are protected.

This is the moment we work for.

DURAVISION® BLUEPROTECTMADE BY ZEISS

DuraVision® BlueProtect - ideal for indoor activities

Targeted blue light protection for clear lenses

The effect of blue light on our vision is currently a topic of discussion as we are exposed to light waves with blue components both indoors and outdoors. On the one hand, we need blue light for a healthy body and our general well-being. On the other hand, blue light can be dangerous – especially in strong sunshine. We protect ourselves with sunglass lenses. However, we are now exposed to more blue light than ever before due to modern light sources such as LED lighting and the radiation emitted by display devices. Do you work at a computer every day for long periods of time and in rooms with modern lighting systems? Some people find that the blue light emitted by lights and displays makes them feel tired and uncomfortable. Clear lenses with the ZEISS DuraVision BlueProtect coating offer a hard coating and Clean Coat technology to make them easier to clean as well as a blue filter which attenuates blue light in the range from 390 to 440 nm (wavelenght of blue light hazard).

How you benefit

Protection against harmful blue-violet light for clear lenses

Helpful for wearers who have misgivings concerning the potentially harmful effects of blue-violet light indoors and who are looking for the appropriate protection.

ZEISS DuraVision BlueProtect is a new coating for clear lenses featuring a blue filter which attenuates blue light in the range from 390 to 440 nm.

However, it lets through the "healthy" blue light we need for our bodies. Studies have shown that blue light in the range between 400 and 520 nm (with a maximum at 460 nm) is very important for regulating the level of melatonin and therefore for controlling our biorhythm and wellbeing.

Who needs DuraVision BlueProtect®?

Protection against blue-violet light, also indoors

ZEISS DuraVision BlueProtect is a special lens coating for people who spend a lot of their time indoors and are exposed to the potentially harmful blue light emitted by LEDs, televisions, computer screens or tablets and who feel irritated by this.

Good and bad blue light

Too much light in the ultraviolet and blue-violet bands can permanently damage the human eye. As well as leading to painful inflammation of the conjunctiva and cornea, it can also cause damage to the eye's crystalline lens (e.g. cataracts) and especially to the retina (macular degeneration). That's why it is so important to wear sunglasses with 100% UV protection in strong sunshine, especially in situations where there is a lot of glare such as on the water or snowy mountain slopes.

What about frequent indoor exposure to light sources with a high proportion of blue light?

Increasing attention is now being paid to the strong blue light component of LEDs, energy-saving bulbs and the radiation emitted by display devices such as smartphones, computer screens, tablets and e-readers.

The good news is that none of the studies carried out so far suggest that using computer displays or staring at these new sources of light for long periods of time damages the retina. And it's important to remember that spending one hour outside on a normal overcast day exposes our eyes to 30 times more blue light than spending one hour inside sitting in front of a screen.

Nonetheless, the fact remains that blue light radiation from light sources or display devices can be irritating or tiring for some people's eyes. This is where ZEISS lenses with DuraVision® BlueProtect can help. They attenuate the blue light in the range from 390 to 440 nm – without compromising the positive properties of blue light in the range from 450 to 500 nm.

At a glance: the pros and cons of blue light

Pros

Cons

Controlling our biorhythm Studies have shown that blue light in the range between 400 and 520 nm (with a maximum at 460 nm) is very important for regulating the level of melatonin and therefore for controlling our biorhythm and wellbeing.

Increased risk of retinal disease On the other hand, some studies suggest that long exposure to blue light below 460 nm (with a maximum at 440 nm) may lead to photochemical damage of the retina. This damage may constitute a risk of macular degeneration in the long term.

Blue light filter solutions from ZEISS.

The right product to protect against potentially harmful blue-violet light – for everyone

The ZEISS product portfolio for protection against potentially harmful blue light offers the right solution for everyone.

Skylet and PhotoFusion from ZEISS are tinted and self-tinting lenses that filter blue light of various intensities while providing 100% UV protection. DuraVision BlueProtect is now completing the portfolio with a special functional coating that partly reduces blue light. Ideal for use in indoor facilities with low levels of blue light.

At a glance

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